Fact-checked by Grok 2 weeks ago

Socket AM3

Socket AM3 is a 941-pin CPU socket developed by for desktop processors, released on February 9, 2009, as a successor to Socket AM2+ and designed to support integrated DDR3 memory controllers in the CPU. This socket enabled 's series processors, along with and Sempron 100 series models, to deliver improved performance through DDR3 memory support at speeds up to 1333 MHz, offering higher bandwidth than the DDR2 memory used in prior sockets. AM3 processors feature 938 electrical contacts for compatibility, with the socket providing 941 pin holes including mechanical keying to prevent incorrect insertion. While AM3 motherboards cannot accept AM2 or AM2+ processors due to changes in pin keying, AM3 CPUs are backward-compatible with AM2+ motherboards via a BIOS update, allowing a smooth transition for users upgrading memory types. The socket operates with 's 700 and 800 series chipsets, supporting features like 3.0 interconnects for enhanced system communication. Socket AM3 played a key role in AMD's mid-2000s desktop platform strategy, powering cost-effective multi-core systems for , , and general until its evolution into Socket AM3+ in mid-2011, which introduced 942 pins and support for higher TDP FX-series processors based on the architecture. Despite its age, AM3 remains notable for enabling on unlocked "Black Edition" models and remains viable for budget builds with DDR3 , though it lacks modern features like PCIe 4.0 or integrated in all variants.

Introduction

Overview

Socket AM3 is a (ZIF) () CPU socket developed by , featuring 941 contacts on the socket itself and designed to accommodate processors with 938 pins on their organic micro pin grid array (μPGA) packages. Released on February 9, 2009, it succeeded Socket AM2+ and introduced support for AMD processors equipped with integrated memory controllers supporting both DDR2 and DDR3, facilitating a transition to DDR3 memory from prior DDR2-only architectures. This shift enabled higher and efficiency for desktop and entry-level server systems. The socket's primary purpose was to provide a reliable electrical interface for AMD's K10-based processors, emphasizing compatibility with while maintaining with select AM2+ components through updates on supported motherboards. Key processor families supported include the desktop-oriented series, , Sempron 100 series, and the 1380 series for single-socket server applications. These processors leverage the socket's design to deliver multi-core performance for mainstream computing tasks of the era. Physically, Socket AM3 processors utilize a 40 mm × 40 mm package, spanning 1,600 mm², which aligns with the socket's layout for efficient thermal and mechanical integration. The pinnacle of performance on this socket is represented by the X6 1100T, a six-core with a base clock of 3.3 GHz and Turbo Core up to 3.7 GHz, showcasing the architecture's capabilities in multi-threaded workloads.

History and Development

Socket AM3 was developed by as a successor to Socket AM2+ to enable support for DDR3 memory modules, thereby extending the viability of the K10 microarchitecture in the processor family amid intensifying competition from Intel's Nehalem-based Core i7 processors, which also incorporated DDR3. This transition allowed to refresh its platform without a complete redesign, focusing on cost-effective upgrades for existing AM2+ users while addressing demands in mainstream desktop computing. The socket was officially announced and launched on February 9, 2009, coinciding with the release of the first processors compatible with AM3, including models like the Phenom II X4 810 and X3 710. Initial motherboard adoption centered on the AMD 700-series chipsets, such as the value-oriented 760G, which debuted in January 2009 and integrated graphics for budget systems. Platform expansion continued with the 800-series chipsets, including the 890GX launched in March 2010, which enhanced integrated graphics via the and added native support for better multimedia and storage performance. Design goals for Socket AM3 emphasized forward compatibility for processors while preventing mismatches with prior sockets; it retained a 938-pin layout similar to AM2+ to allow AM3 CPUs to fit into AM2+ motherboards (with BIOS updates), but introduced keying modifications—such as altered pin placements and absences—to block physical insertion of AM2+ CPUs into AM3 boards, avoiding potential damage from DDR3 voltage differences. This one-way compatibility strategy supported seamless upgrades for users while enforcing the shift to DDR3. AMD released limited public technical documentation on at launch, prioritizing marketing around DDR3's bandwidth advantages—up to 50% higher theoretical throughput than DDR2—which promised improved application performance and future-proofing for systems.

Technical Specifications

Physical Characteristics

employs a () () design with a lever-actuated mechanism for secure CPU retention without applying force during insertion or removal. This () socket facilitates easy processor installation on the . The socket incorporates 941 contacts arranged in a precise grid pattern with a 1.27 mm pitch, tailored to mate with the corresponding pins on the CPU package; one contact is intentionally blocked to serve as a keying feature. This configuration differs from Socket AM2+ through additional keying modifications, including an extra blocked pin position, which physically prevents the insertion of AM2 or AM2+ processors and enforces compatibility with DDR3 memory modules only. Overall, the socket's body dimensions are optimized for integration into standard ATX motherboard layouts, supporting a square CPU package measuring 40 mm × 40 mm. The contacts utilize a high-strength copper alloy base, with a minimum 1.27 μm nickel plating for corrosion resistance and 0.25 μm gold plating on the mating surfaces to ensure reliable electrical connectivity. These contacts are engineered for durability, maintaining structural integrity after up to 50 actuation cycles, though practical recommendations limit usage to fewer cycles per motherboard to avoid degradation.

Electrical and Interface Features

Socket AM3 processors incorporate an integrated dual-channel memory controller, supporting speeds from DDR3-1066 to DDR3-1333 and delivering up to 21 GB/s of . While early implementations allowed backward compatibility with DDR2-1066 memory on certain motherboards, the official design prioritizes DDR3 for enhanced performance and efficiency in desktop configurations. Socket AM3 systems are limited to dual-channel operation. Inter-component communication relies on the 3.0 protocol, featuring a single 16-bit bidirectional link operating at 2.6 GT/s, which provides 5.2 GB/s per direction (10.4 GB/s total bidirectional bandwidth). This link facilitates high-speed data transfer between the CPU, , and peripherals, contributing to overall system bandwidth exceeding 33 GB/s when combined with memory throughput. Voltage specifications for Socket AM3 include a (Vcore) ranging from 0.80 V to 1.5 V, with typical operating values between 0.875 V and 1.425 V depending on the processor model and . Termination voltage (VTT) is employed for signaling integrity on the memory bus and link, typically set at half the DDR3 supply voltage to minimize reflections and ensure reliable data transmission. Power delivery to the CPU is handled by voltage regulator modules (VRMs), commonly configured with 8-phase or higher designs to provide stable regulation under varying loads. Power consumption for Socket AM3 processors spans a TDP range of 25 W for low-power models to 125 W for high-performance variants, allowing flexibility for energy-efficient builds or maximum compute demands. The socket supports PCIe 2.0 interface protocols, with the CPU providing up to 16 dedicated lanes for graphics cards and other expansion devices, enabling configurations like single x16 or dual x8 for multi-GPU setups. Additionally, compatibility with AMD's (UVD) technology allows for hardware-accelerated video decoding in supported chipsets and GPUs connected via PCIe, enhancing multimedia processing without burdening the CPU.

Compatibility

Processor Support

Socket AM3 is compatible with processors from AMD's Family 10h (K10 ), including the , , Sempron, and select series designed for desktop, budget, entry-level, and single-socket server/workstation applications. These processors support DDR3 memory and emphasize improvements in multi-core performance over prior generations, targeting tasks such as , , and general prevalent from 2009 to 2011. The Phenom II family represents the high-end lineup for Socket AM3, featuring quad-core models like the Phenom II X4 945 (3.0 GHz) to 960 (3.4 GHz), triple-core X3 series (e.g., X3 710 at 2.6 GHz), dual-core X2 variants (e.g., X2 545 at 3.0 GHz), and hexa-core X6 processors such as the 1055T (2.8 GHz, turbo to 3.3 GHz) to 1100T (3.3 GHz, turbo to 3.7 GHz). All Phenom II models share the K10 architecture with up to 6 MB shared L3 cache and integrated DDR3 memory controllers, enabling efficient multi-threaded workloads in applications like video encoding and 3D rendering. Athlon II processors serve as budget-oriented derivatives of the K10 architecture, offering dual-core options like the X2 240 (2.8 GHz) to 280 (3.6 GHz), and triple-core models in the X3 series such as the 435 (2.9 GHz) to 450 (3.2 GHz). These models typically include 512 KB cache per core (totaling 1 MB for dual-core and 1.5 MB for triple-core models), providing cost-effective multi-core performance for everyday computing without the full L3 cache of higher-tier siblings. The Sempron series targets entry-level users with AM3-specific dual-core models like the Sempron 140 (2.7 GHz), featuring 1 MB L2 cache and basic K10 features for simple and tasks. Single-core variants, such as the Sempron 145 (2.8 GHz), round out the low-end offerings. For server and embedded use, the 1380 series provides single-socket quad-core options, exemplified by the 1380 (2.5 GHz) with 6 MB L3 cache, suited for workstation environments requiring reliability and support. Across these families, released over 50 unique SKUs for , with clock speeds ranging from 2.0 GHz to 3.7 GHz and L3 cache up to where applicable, allowing users to scale based on and needs while maintaining with DDR3-1066 to DDR3-1333 memory.

Motherboard and Chipset Support

motherboards were supported by 's 700-series chipsets, including the 760G for integrated graphics solutions and the 770 for basic configurations, as well as the 790FX for high-performance setups with multiple PCIe lanes. The 800-series chipsets expanded this ecosystem, featuring the 890GX which integrated the HD 4290 graphics core for enhanced onboard video capabilities, while the 870 and 880G provided balanced options for mainstream users. Additionally, select 900-series chipsets like the 990FX offered high-end support with robust features and extensive expansion slots, though primarily associated with the AM3+ evolution. Major manufacturers such as , , , and produced a range of Socket AM3 motherboards, predominantly in and micro-ATX form factors to accommodate standard desktop builds. These form factors allowed for multiple expansion slots and robust power delivery suitable for processors. Limited options existed in the form factor, exemplified by the 880G-ITX Supreme, which enabled compact systems with integrated graphics. Upgrade paths for involved where AM3 processors could be installed on AM2+ motherboards following a update from the manufacturer to enable recognition and optimal . However, AM3 motherboards exclusively required DDR3 due to their , rendering AM2 and AM2+ processors incompatible as those CPUs featured integrated memory controllers limited to DDR2. This DDR3 mandate marked a key shift from prior sockets, prioritizing higher and future-proofing. Certain 700- and 800-series AM3 motherboards, such as the Jetway MA3-79GDG COMBO, included hybrid memory support with dedicated slots for both DDR2 and DDR3 modules, permitting users to choose configurations based on existing hardware—though mixing memory types was not recommended for stability. Production of new motherboards ceased around 2012 as AMD transitioned focus to AM3+ and subsequent platforms, but as of 2025, compatible boards from major manufacturers remain readily available on secondary markets like and for legacy upgrades and retro builds.

Design and Installation

Socket Mechanism

The Socket AM3 utilizes a Zero Insertion Force (ZIF) mechanism designed to allow CPU installation and removal without applying direct pressure to the processor pins, significantly reducing the risk of bending or damaging them during handling. This system features a single metal lever, typically white in color, positioned along one edge of the black plastic socket body. Raising the lever disengages the internal retention arm, opening the socket contacts and permitting the CPU's 938 pins to slide freely into aligned holes. Once the CPU is seated, lowering the lever engages the retention mechanism, which presses the pins into spring-loaded V-shaped contacts for secure electrical and mechanical connection. This lever-operated design ensures even distribution of clamping force across all pins, promoting reliable contact without the need for manual alignment under load. A key aspect of the Socket AM3's mechanism is its mechanical keying system, which prevents improper CPU insertion and enforces compatibility with DDR3 memory architectures. The socket includes a specific blocked pin position—resulting in 941 total pins compared to the 940 in the preceding AM2+ socket—where no contact exists, corresponding to a missing pin on compatible AM3 processors. This keying notch, distinguishable from earlier sockets, physically blocks insertion of AM2 or AM2+ CPUs, which lack integrated DDR3 support and could otherwise lead to electrical mismatches or damage. Alignment is further aided by a triangular marker on the CPU package, which must match the molded or printed triangle indicator on the socket cover or nearby silkscreen. The insertion process for a Socket AM3 CPU emphasizes precision to maintain the mechanism's integrity. With the lever fully raised to its open position, the user aligns the CPU triangle with the socket indicator and gently drops the processor into place, verifying that it sits flat without resistance or visible misalignment. The lever is then closed by applying steady downward pressure until it locks with an audible click, fully engaging the retention arm. This step requires no excessive force, as the ZIF design relies on the lever's cam action to seat the pins automatically. For reference, compatible processors include those with 938-pin packages, such as the series. Regarding durability, the Socket AM3 is engineered to withstand repeated use, with a typical rating of 50 cycles (CPU insertions and removals) before potential in reliability. Common modes stem from user mishandling, such as forcing the closed with misalignment, which can bend pins or crack the ; bent pins, in particular, often result from dropping the CPU or incorrect orientation attempts. The socket's black construction with a white aids visual during or upgrades, and the presence of the extra keying notch differentiates it from AM2+ sockets, which lack this DDR3-enforcing feature. Proper (ESD) precautions and clean handling are essential to maximize longevity.

Heatsink and Cooling

The Socket AM3 employs a standardized heatsink mounting pattern featuring four holes arranged in a 48 mm × 96 mm rectangular configuration, utilizing AMD's retention brackets for secure attachment to the . This design facilitates even pressure distribution across the CPU's integrated (IHS), minimizing the risk of uneven cooling or damage during installation. Heatsinks compatible with Socket AM3 are fully interchangeable with those designed for Sockets AM2, AM2+, AM3+, and FM2, owing to the shared mounting hole spacing and bracket system. These coolers support multiple attachment methods, including push-pin mechanisms for quick installation, clip-based retention for lighter loads, and backplate systems for enhanced stability under higher thermal demands. Effective thermal management on requires applying between the CPU's and the heatsink base to optimize heat conduction from the processor die. With processors rated up to 125 TDP, is essential, typically involving air coolers equipped with fans or all-in-one liquid cooling units to maintain safe operating temperatures under load. bundled reference coolers with CPUs for , such as the standard boxed aluminum finned heatsink with integrated fan, rated for 95 TDP to handle typical desktop workloads without additional hardware. The later series coolers, while not native to AM3, exemplify 's evolution in stock thermal solutions for compatible architectures. For overclocking scenarios where TDPs can reach up to 140 , aftermarket coolers with reinforced mounting hardware are recommended to prevent excessive pressure on the socket lever and ensure long-term reliability.

Related Developments

Socket AM3+

Socket AM3+ was released in October 2011 as a pin-compatible update to Socket AM3, specifically designed to support AMD's Bulldozer microarchitecture in the FX-series processors. This evolution allowed AMD to introduce higher-core-count CPUs without requiring a complete platform redesign, serving as an interim solution to extend the life of the AM3 ecosystem while paving the way for the FM2 socket in mainstream APU segments. The socket's development was motivated by the need to deliver enhanced performance and power capabilities to counter Intel's Sandy Bridge processors, which dominated the high-end desktop market at the time with superior single-threaded efficiency and integrated graphics. Key changes in Socket AM3+ include an increase to 942 pins from the 941 pins of , with the additional pin dedicated to improved power delivery for higher TDP components. It eliminates support for DDR2 , focusing exclusively on DDR3 configurations up to 1866 MHz in dual-channel mode to align with the performance demands of Bulldozer-based CPUs. The interface also upgrades to version 3.1, enabling link speeds up to 3200 MT/s, which facilitates better data throughput for multi-core workloads. These modifications emphasize higher power handling, with support for voltages at 1.50 V, 1.35 V, or 1.25 V, tailored for the series' elevated and electrical requirements. The socket primarily supports processors, such as the octa-core FX-8150 with a 125 W TDP, alongside later Piledriver-based models like the FX-8350, enabling higher clock speeds and counts for . All processors remain backward-compatible on AM3+ motherboards, providing upgrade paths for existing users. Identification of AM3+ sockets is subtle, appearing visually similar to AM3 but distinguished by the extra pin; compatibility requires motherboards explicitly labeled for AM3+ and often a update for optimal FX support.

Backward and Forward Compatibility

Socket AM3 processors are backward compatible with Socket AM2 and AM2+ motherboards, provided the motherboard receives an appropriate BIOS update to recognize the new CPU architecture. The AM3 processors' integrated memory controller supports DDR2, allowing operation with the DDR2 memory slots on AM2/AM2+ motherboards. This compatibility stems from the shared physical pin layout, where AM3 CPUs (using a 938-pin OPGA package) can physically insert into AM2/AM2+ sockets without modification. However, the reverse is not possible: Socket AM2 and AM2+ processors cannot be installed in AM3 motherboards due to deliberate keying differences, including blocked pin positions in the AM3 socket that prevent insertion, and the fact that AM2/AM2+ CPUs incorporate DDR2-only memory controllers incompatible with the DDR3-exclusive design of AM3 platforms. Forward compatibility allows all processors to operate seamlessly in Socket AM3+ motherboards, as AM3+ sockets maintain full backward support for the 938-pin AM3 package through identical mechanical and electrical interfaces, subject only to recognition. In contrast, AM3+ processors, such as those in the series based on and Piledriver architectures, are incompatible with AM3 sockets due to the addition of a single extra power delivery pin (resulting in a 942-pin ) and requirements for higher voltage and power delivery (up to 145A compared to AM3's 110A maximum). This extra pin protrudes on AM3+ CPUs, making physical insertion into an AM3 socket impossible without risking damage to the hardware. Chipset compatibility further influences cross-socket usage: AMD's 900-series s (e.g., 990FX, 970) natively support both AM3 and AM3+ processors on AM3+ motherboards, enabling upgrades within the . Earlier 700- and 800-series chipsets, however, are restricted to AM3 processors only, lacking the enhanced power and signaling provisions needed for AM3+ CPUs. In practice, while some AM3 motherboards with unofficial modifications might attempt to run AM3+ processors, the onboard modules (VRMs) are often insufficient to handle the higher power demands, leading to potential , throttling, or . Users are advised to consult manufacturer-validated CPU support lists to avoid compatibility issues. By 2012, AMD began shifting development focus away from the AM3 and AM3+ sockets toward the FM2 platform for its lineup, effectively ending new releases and for the AM3 family in favor of more integrated graphics-oriented designs. This transition marked the deprecation of AM3/AM3+ as active development platforms, though existing hardware remained viable for several years.

References

  1. [1]
    https://www.lenovo.com/us/en/glossary/socket-am3/
  2. [2]
    What is Socket AM3? - Computer Hope
    Feb 8, 2020 · Released by AMD in February 2009, Socket AM3 is a socket architecture found on motherboards designed for desktop computer processors.
  3. [3]
    AMD Socket AM3 | Motherboard - GIGABYTE U.S.A.
    Supports new generation of AMD Phenom™ II X6 processors; Ultra Durable 3 Classic Technology with copper cooled quality for lower working temperature ...
  4. [4]
    Socket AM3 - AMD - WikiChip
    Jul 18, 2020 · Generation 1.0 mode up to 1 GHz, 2000 MT/s, 4 Gbyte/s in each direction · Generation 3.0 mode up to 2.2 GHz, 4400 MT/s, 8.8 Gbyte/s in each ...Features · Processors using Socket AM3 · Pin Map
  5. [5]
    AMD Socket AM3 Repair Help: Learn How to Fix It Yourself. - iFixit
    Released in February 2009, the AM3 socket is a CPU socket for AMD processors with 941 pin contacts. ... AMD released the AM3+ socket in 2011 with the addition of ...
  6. [6]
    Socket AM3+ CPU/Processor: Basic Information - MiniTool Partition ...
    Feb 14, 2025 · AM3 Socket is a kind of CPU socket for AMD processors. It was released on Feb. 9, 2009, as the inheritor to AM2+ Socket, alongside the initial ...
  7. [7]
    None
    ### Summary of Socket AM3 from AMD Design Specification (Publication #40523, Rev. 1.06, April 2010)
  8. [8]
    https://www.techpowerup.com/cpu-specs/
  9. [9]
    AMD Unleashes DDR3, Triple-Core Phenom IIs - CRN
    Feb 9, 2009 · AMD has opted for the older dual-channel memory architecture for its first DDR3-enabled Phenom II parts, while Intel's Nehalem platforms feature ...Missing: development extend K10
  10. [10]
    AMD Socket AM3 Arrives - The Real Phenom II Detailed - TweakTown
    Feb 7, 2009 · AMD today unveils what we like to call the 'real' Phenom II processor with more updates and a new AM3 socket. Read on as we explain what's new.
  11. [11]
    https://www.bjorn3d.com/2009/02/phenom-2-x4-940-be-x4-810-x3-720-be/
  12. [12]
    AMD quietly releases 760G chipset | IT Pro - ITPro
    Jan 19, 2009 · With little fanfare, AMD has announced the availability of a 760G chipset designed for low-cost value systems for home and business users. The ...
  13. [13]
    AMD Chalks-Out Chipset Launch Schedule for 2009 | TechPowerUp
    Dec 3, 2008 · The introduction of a value-oriented IGP chipset in January 2009, the AMD 760G, based on the RS780 architecture. This is expected to replace AMD ...
  14. [14]
    AMD 890GX Chipset Review - SATA 6G goes native - PC Perspective
    Mar 2, 2010 · The original AMD 700 series of chips were released way back in late 2007, with updates in 2008 and 2009, culminating with the AMD 785G ...Missing: Socket AM3 760G<|control11|><|separator|>
  15. [15]
    Quick reminder: AM3 chips compatible with AM2/AM2+ boards
    Jan 16, 2009 · The compatibility, however, only goes one way; Socket AM2/AM2+ CPUs are not compatible with Socket AM3 motherboards. As for the relationship ...Missing: keying | Show results with:keying
  16. [16]
    A Closer Look and Overclocking | HotHardware
    Rating 4.0 · Review by Mathew MirandaOct 20, 2009 · Socket AM2+ processors do not have the ability to work with DDR3 memory though, so AMD made some changes to the Socket AM3 pin configuration to ...<|control11|><|separator|>
  17. [17]
    Socket AM2, AM2+, and AM3 compatibility matrix - 10stripe
    Socket AM3 processors are expected to be compatible with Socket AM2+ motherboards (most likely with a BIOS update). Because there are not yet any Socket AM3 ...
  18. [18]
    [PDF] AMD Phenom™ II Processors
    socket AM3. 0.875-1.425V. 71'C. 95W. 2MB. 6MB. 45nm SOI. 810. 2.6GHz. 4.0GT/s socket AM3. 0.875-1.425V. 71'C. 95W. 2MB. 4MB. 45nm SOI. 805. 2.5GHz. 4.0GT/s.<|separator|>
  19. [19]
    CPU list for socket AM3
    All processors for socket AM3 ; AMD Phenom II X6 1065T 6C 6T @ 2.90 GHz, 95 W · Q1/2010, Amazon ; AMD Phenom II X6 1055T 6C 6T @ 2.80 GHz, 95 W · Q3/2010, Amazon.<|control11|><|separator|>
  20. [20]
    AMD Phenom II X6 1090T BE & Phenom II X6 1055T Review
    Apr 27, 2010 · Both support a total of 38 PCIe 2.0 lanes, but while the 790FX ... Also connected to the north bridge are two PCI Express 2.0 x1 slots and a ...
  21. [21]
    https://www.amd.com/content/dam/amd/en/documents/archived-tech-docs/datasheets/47991.pdf
  22. [22]
    [PDF] Revision Guide for AMD Family 10h Processors
    April 2010 3.72 Added AMD Phenom™ II X6 Processor and PH-E0 silicon information to Overview, Tables 8, 16, 17, 26, and 27-30; Updated Table 8; Added errata # ...Missing: dimensions | Show results with:dimensions
  23. [23]
    Related K10 CPUs for socket AM2+ / Socket AM3
    ### AMD Socket AM3 K10 Processors
  24. [24]
    [PDF] Family 10h AMD Opteron Processor Product Data Sheet
    Jun 4, 2010 · Compatible with AM3 package processors. • Refer to the AM3 Processor Functional Data Sheet, order# 40778, for functional and mechanical details.
  25. [25]
    AMD Athlon II X3 450 Specs - CPU Database - TechPowerUp
    It is part of the Athlon II X3 lineup, using the Rana architecture with Socket AM3. Athlon II X3 450 has 512 KB of L2 cache per core and operates at 3.2 GHz.<|separator|>
  26. [26]
    AMD Phenom II X3 700e Specs - CPU Database - TechPowerUp
    It is part of the Phenom II X3 lineup, using the Heka architecture with Socket AM3. Phenom II X3 700e has 6 MB of L3 cache and operates at 2.4 GHz. AMD is ...
  27. [27]
    https://www.ebay.com/p/127318941
  28. [28]
    ZOTAC 880G-ITX WiFi, Socket AM3, AMD (880GITX-AE) Motherboard
    In stock Rating 4.3 (8) Build a small footprint PC with the only AM3 socket mini ITX MB. Supports the six-core AMD Phenom II X6 1055T.
  29. [29]
    https://www.ebay.com/b/Socket-AM3-Computer-Motherboards/1244/bn_633551
  30. [30]
    Socket AM3 Computer Motherboards for sale - eBay
    4.6 3K · Free deliveryGet the best deals on Socket AM3 Computer Motherboards and find everything you'll need to improve your home office setup at eBay.com.<|separator|>
  31. [31]
    AMD AM3 PCSTATS Review - Inserting the socket AM3 CPU Correctly
    Jun 20, 2012 · Push the metal lever down until it 'clicks' into position. Now it is fully closed. Your AMD processor is now correctly installed in a socket AM3 ...<|control11|><|separator|>
  32. [32]
    [PDF] Socket AM3b Design Specification
    ... insertion force (ZIF) socket (herein referred to as Socket AM3b) for use with the AMD 938-pin or 941-pin, organic, micro pin grid array (μPGA) package. Socket.
  33. [33]
    AM3+ CPU in an AM3 socket? - Legit Reviews
    Jun 4, 2012 · The AM3+ Socket specification contain has 942-pins, which is an increase of one over the AM3 Socket's 941-pin. They unblocked one of the blocked ...Missing: keying | Show results with:keying
  34. [34]
    AMD AM3 PCSTATS Review - Installing an AM3 Processor Safely
    Jun 20, 2012 · Step 1: Remove the motherboard from its box and protective packaging. Place the anti-static bag or foam mat under the motherboard to protect it, then lay the ...Missing: keying | Show results with:keying
  35. [35]
    PCIe Slot Life Cycle(Insert and Removal gpu) | TechPowerUp Forums
    Mar 9, 2024 · Like I heard somewhere that it is common for CPU sockets to only be supported for the first... 10 or 20 mating cycles, can't remember exactly ...
  36. [36]
    repair cracked/broken socket am 3?replacement part? - iFixit
    Feb 15, 2019 · DUE TO HEAT MY AM3 SOCKET COVER IS TRASH.I am trying to find replacement part only,if possible?the white plastic cover with lock arm.exactly ...
  37. [37]
    AABCOOLING AMD AM2 AM3 backplate/RM
    The spacing of the mounting holes is: 96 mm x 48 mm (+ - 1 mm) - the distance measured is the distance between the centers of the mounting holes. In ...
  38. [38]
    How to swap the mounting bracket? Easy! - ekwb.com
    Jan 8, 2017 · The now old AM2, AM2+, AM3, AM3+, FM2, FM2+ sockets all share the same mounting mechanism, with the holes being apart by 96mm lengthwise and ...
  39. [39]
    [SOLVED] - Does a am3+ cooler fit on a am3 motherboard?
    Feb 3, 2021 · AM2, AM2+, AM3, AM3+ and FM1 all use the same cooler mounting pattern and backplate. So yes, it should work for AM3 if it says AM3+.
  40. [40]
    Noctua confirms compatibility with AMD FM2
    Sep 30, 2012 · Vienna, October 1st 2012 - Noctua today confirmed the full compatibility of its current CPU coolers with AMD's new FM2 socket.<|control11|><|separator|>
  41. [41]
    How to Install or Remove an AMD CPU Cooler
    Position the CPU cooler so that the four spring-screws on the heatsink align with the four screw holes of the backplate. Once aligned, carefully place the ...
  42. [42]
    AMD FX-8150 3.60 GHz with Windows Patches Review
    Rating 4.0 · Review by Omega (TPU)Feb 13, 2012 · The new AM3+ socket has 942 pin count, compared to 941 found on previous AM3 socket. We wont be seeing any DDR2 motherboards anymore, as the ...
  43. [43]
    AMD FX-8150 Specs
    ### AMD FX-8150 Specs Summary
  44. [44]
    Introduction To AM3+ Compatibility - HotHardware
    Rating 4.0 · Review by Joel HruskaApr 20, 2011 · AMD has officially said that it will support Bulldozer with the Socket AM3+ infrastructure. Questions regarding Bulldozer and AM3 support should ...<|separator|>
  45. [45]
    AMD Chipsets for Desktop PCs
    AMD chipsets support home entertainment, gaming, and business. Platforms include sWRX80, sTRX40, TR4 X399, AM5, AM4, AM3+, FM2+, and A-Series.AMD Socket AM5 Chipset · Socket sWRX WRX80... · AMD Socket AM4 Chipsets<|control11|><|separator|>
  46. [46]
    Official ASUS AMD 900 Series Overview - Republic of Gamers Forum
    Mar 5, 2024 · The socket will be AM3+ but will be backwards compatible with socket AM3 CPUs. The 900 series chipset is the replacement to AMD's 800 series ...
  47. [47]
    Unofficial AM3+ CPU support on AM3 boards? | TechPowerUp Forums
    Aug 5, 2012 · AM3+ CPU's will fit an AM3 socket the trick is BIOS support (mostly). AMD will not officially support AM3+ CPU's in anything but 9 series AMD chipsets.
  48. [48]
    GA-970A-DS3 (rev. 1.1) Overview | Motherboard - GIGABYTE U.S.A.
    To enable AM3+ AMD FX-Series CPU support, please update your motherboard with the most current BIOS found in your motherboard's download section. GIGABYTE Ultra ...
  49. [49]
    Socket FM2 - Wikipedia
    Socket FM2 is a CPU socket used by AMD's desktop Trinity and Richland APUs to connect to the motherboard as well as Athlon X2 and Athlon X4 processors based ...Missing: bridge | Show results with:bridge
  50. [50]
    AMD looks to standardise sockets after AM3+ and FM2 - HEXUS.net
    Sep 28, 2012 · AMD intends to stick by the AM3+ socket for at least one more major processor iteration, which is highly likely to be Steamroller.